1. The problem statement, all variables and given/known data In the figure below, you will attach one or more light bulbs of R=30.12 Ω in parallel with the battery (with ε = 20 V, internal resistance r). (i will upload with work and the picture of the wiring diagram) a.) For an ideal battery (r=0), what would be power dissipated in the first bulb if it was: connected alone: P=____ watt connected as one of four bulbs: P=____ watt b.) For a non-ideal battery where r=1.1 Ω, i) reanswer part a). Also, in each case find the voltage drop that would be measured across the battery terminals: connected alone: P=____ watt Vbattery=____ Volt connected as one of four bulbs: P=____ watt Vbattery=____ volt ii) Challenge: Suppose you wish to dim the first bulb, such that its power output is at or below ___% of its value when connected alone. Find the minimum number of total bulbs you must connect in parallel to make this happen. Solve for a general expression so you can use it for all the cases below. 50% of its actual value 35% of its actual value 10% of its actual value 2. Relevant equations V=I*R P=(v^2)/r p=I*v p=(i^2)*r 3. The attempt at a solution i did mostly all of them except the challenge problem. i dont know how to start. I will be grateful if someone can tell me how to do it. Thank you for your time and your help.